An Air Receiver Tank is a vital piece of equipment in an industrial plant’s compressed air system. It serves to store compressed air, maintain stable pressure, and reduce the frequent operation of air compressors. However, after prolonged use, air tanks may develop rust, corrosion, wear and tear, or reduced wall thickness, which can impact the safety of the entire system. Therefore, factories should prioritize inspecting air receiver tanks according to designated intervals to assess operating conditions, detect abnormalities, and properly plan for maintenance.

As the heart of manufacturing, measuring compressed air performance is critical to evaluating efficiency, detecting energy losses, and identifying improvements that cut costs, stabilize production, and extend equipment life.

Filter Elements in compressed air systems play a critical role in removing contaminants to maintain compressed air quality and improve the operational efficiency of industrial machinery. This article explains the importance of filter elements, the effects of filter clogging, and the key criteria for selecting the right filter element for proper system performance.

In a compressed air system, the air receiver tank acts like the "lungs" of the operation—storing air and maintaining constant pressure. However, choosing a low-quality or incorrect tank can lead to skyrocketing energy costs or, worse, serious accidents. Here is a professional guide to help you make an accurate and safe decision.

Proper care and maintenance of compressed air dryers is essential for preventing moisture buildup and potential system failures. This article provides a guide to best maintenance practices and critical warning signs to watch for.

Compressed air systems are considered the heart of industrial operations, whether in manufacturing plants, repair shops, or various service sectors. Choosing the right air compressor from the start can significantly reduce costs, enhance efficiency, and substantially extend the lifespan of your downstream equipment. This article will help you understand the key differences between Piston Air Compressors and Screw Air Compressors to ensure you make the most informed decision for your specific needs.

Installing an efficient and cost-effective factory air piping system involves more than just selecting a high-quality air compressor. It requires careful consideration of materials, pipe sizing, system layout, and systematic moisture management. When designed and installed correctly, these systems can significantly reduce energy costs, enhance production stability, and effectively extend the lifespan of machinery and factory equipment.

In a factory's compressed air system, the air receiver tank is a crucial component that helps stabilize air pressure and extend the service life of the air compressor. DiffP is a high-quality air receiver tank developed and manufactured by Advanced Tech 1964 Co., Ltd. (AVT), a company specializing in comprehensive compressed air systems. This product line was designed by an experienced team of engineers to create a durable, high-pressure, and safe air receiver tank that meets industrial standards and addresses real-world application needs in all factory environments.

Screw air compressors that develop "Varnish" buildup in the lubrication system can cause the rotors to seize and lead to severe damage to the machine if not promptly inspected and addressed. This article explains the causes, inspection methods, and restoration guidelines to return the system to full efficiency, along with preventative measures to avoid recurrence.

Screw air compressors are the heart of a factory's compressed air system. Compressed air is used in various applications, including production processes, machine control, and powering pneumatic systems. By selecting the right screw air compressor for the application, combined with proper system design and maintenance, you can reduce energy costs, maximize the compressor's efficiency, extend its lifespan, and minimize the risk of sudden production shutdowns. This also positively impacts the factory's overall production efficiency, product reliability, and safety on the production line.

Most industrial factories use Air Receiver Tanks, which the law refers to as Pressure Vessels, to store compressed air for their production processes. The air tank is a crucial piece of equipment in the compressed air system. However, without proper inspection and testing, it can lead to serious dangers, such as a leaky or ruptured tank, a tank explosion, wasted energy, and production line disruptions due to the air compressor being unable to generate pressure.

Air compressors are a vital component in industrial production systems, serving as a primary power source for driving various machinery and equipment. Without proper maintenance, severe issues can arise, such as sudden machine shutdowns, production halts, and higher-than-normal repair costs. Therefore, continuous and systematic air compressor maintenance is a crucial measure to prevent damage and ensure stable and highly efficient factory operations.

An air dryer, also known as a compressed air dryer, is a machine that works in conjunction with an air pump or air compressor. Typically, compressed air produced through the compression process contains moisture. Air dryers are designed to reduce the amount of water and humidity mixed in the compressed air system. They achieve this by causing the moisture to condense, either through refrigeration using a refrigerant or by absorbing it with desiccant beads, and then draining the water out before the compressed air is used in production processes. This results in high-quality, dry, and pure air.

Continuous use of air compressors in production processes can lead to accelerated wear and tear on internal components, increased energy consumption, and more frequent maintenance, resulting in higher operational costs for your factory. Advance Tech 1964 offers 8 ways to help your factory reduce compressed air system costs.

Food Grade Oil #46 is specifically designed for oil-injected screw air compressors used in consumer product industries. It is tasteless and odorless, making it safe for food and health.

Safety valves are critical components used to protect equipment, systems, and processes from excessive air tank pressure buildup. They automatically release excess pressure from the air tank to prevent potential damage or hazardous situations. Safety valves are commonly found in various industries, making it essential to understand how to use and set these valves correctly for maintaining safety and efficient operation.

Food grade lubricants are ideal for use with air compressors in the consumer goods industry because they are certified as safe and not harmful to health if contaminated in food in a specified amount. If other types of lubricants are used in the production process, there is a chance that the oil will be contaminated into the air system.

In compressed air systems that rely on lubricating oil, contamination of the compressed air with oil can occur. To address this issue, various solutions are available

การวัดกระแสไฟฟ้าและแรงดันไฟฟ้าในเครื่องอัดอากาศแบบสกรู เป็นเหมือนการตรวจเช็คสุขภาพเบื้องต้น เพื่อให้เราทราบว่าระบบไฟฟ้าทำงานเป็นปกติหรือไม่ และเครื่องจักรกำลังทำงานหนักเกินไปหรือเปล่า

"เบื่อเสียงดังของปั๊มลมลูกสูบไหม? เปลี่ยนมาใช้ปั๊มลมแบบสกรูสิ! เสียงเงียบ ประหยัดพลังงาน และใช้งานง่ายกว่าเยอะ"

ช่วยลดปริมาณความชื้นที่อยู่ในลมอัด และช่วยขจัดฝุ่นละออง, น้ำมัน เช่น น้ำมันที่ใช้ในการล่อลื่น Compressor ที่ติดมาในลมอัด จะมีโอกาสตกลงสู่ก้นถัง รวมถีงพวกฝุ่นละอองต่างๆ จะได้มีโอกาสระบายออกจากลมอัด

เนื่องจากหัวใจสำคัญของปั๊มลมคือสกรูโดยถูกขับเคลื่อนด้วยมอเตอร์ ทำให้สองชิ้นส่วนนี้เป็นเหมือนหัวใจของปั๊มลม จำเป็นต้องใช้ผู้เชี่ยวชาญในการ overhaul

ฝุ่นละออง เป็นหนึ่งในสาเหตุหลักที่ทำให้ปั๊มลมมีปัญหา ส่งผลเสียต่อปั๊มลมได้ดังนี้

จริงๆแล้ว ระบบปั๊มน้ำไม่จำเป็นต้องมีถังน้ำเสมอไป แต่การใช้งานปั๊มน้ำร่วมกับถังน้ำนั้นมีข้อดีหลายประการ ดังนี้

AVT มีอะไหล่พร้อมบริการทั้งอะไหล่แท้ อะไหล่เทียบ

แน่นอนว่าในโรงงานจะมีเครื่องจักรบางตัวที่ต้องการใช้ลมมาก บางครั้งหากระบบท่อลมของเราไม่ได้มีการปรับปรุงเป็นระยะเวลานาน หรือไม่มีการขยายขนาดท่อ mainline piping ให้เหมาะสม จะส่งผลให้เครื่องจักรเหล่านั้น ทำงานไม่ทันตาม Cycle Time หรือหยุดทำงานได้ เนื่องจากลมตก (Pressure Drop)